Description

Waterjet Cutting Head Parts 950809 Mixing Chamber CENTERLINE TYPE II for Waterjet Cutting Head Assembly

Knowledge for Waterjet Cutting Machine and Waterjet Cutting Machine Part Waterjet Cutting Head:

How is high-pressure water generated?
The basic principle is both simple and complex. The water jet starts from a pressurized pump, passes through a high-pressure tube, and then shoots out of the cutting Waterjet Cutting Head nozzle. A very simple explanation. However, it is a very complex design to produce 60,000PSI of pressure. A small leak somewhere in the design process can cause lasting damage to the parts by erosion. So manufacturers and engineers will carefully handle the processing of high-pressure materials, using special technology to combine this machine. Users only need to know the basics of operation.
The cutting machines were applied in industry in 1982, the first ones appeared in 1970, in industry mainly in the automotive, aerospace, and glass industries, from which the precision of cutting is constantly improved. The pressure of the abrasive cutter can reach 55,000 PSI, and this high pressure water is shot through a tiny nozzle at a speed of 762m/s, which is 2.5 times faster than the speed of sound.
Mixing pomegranate abrasive into this high speed water jet, by mixing in the Waterjet Cutting Head mixing tube, and then shot directly from the Waterjet Cutting Head to the processed material at a speed of 305M/s, this cutting process is actually a grinding and cutting process, this force and action are generated by the water.
1、 Wide range of cuttable
Can cut most of the materials, such as: metal, marble, glass, etc.
2、 Good cutting quality
Smooth cutting edge, no rough and burr edge.
3、 No heat processing
Because it is cut with water and abrasive, no heat (or very little heat) is generated during processing, and this effect is ideal for materials affected by heat. For example: titanium.
4、 Environmental friendliness
This machine uses water and abrasive cutting, this sand does not produce toxic gas during processing, it can be directly discharged, more environmentally friendly.
5、 No need to replace the cutter
You do not need to replace the cutting machine unit, a Waterjet Cutting Head nozzle can process different types of materials and shapes, saving costs and time.
6、 Reduction of burr
Waterjet cutting with abrasive grit, only less burr in the cut
7、 Rapid programming
The program is mainly generated by CAD drawing software, you can design line drawings at will in layout, or input DXF files generated from other software, in addition, the machine supports third-party software, such as nesting nesting layout software (used to add graphics in the workpiece full, can minimize the loss of workpiece) .
8、 Fast programming
You can transfer the program generated by other software into the machine, it can build up the tool path from CAD, and can calculate the precise positioning of the head and cutting speed in excess of 2,000 points / inch (800 points / cm), all you need to do is to specify the material and thickness you want to cut, the rest of the work to the machine to complete.
9、 Combined with other equipment, can be operated separately.
Water jet cutting machine can be combined with other processing equipment (such as drilling head) to make full use of its performance and optimize the use of materials.
10、 Reduce the number of adjustments
Only a small side pressure is needed to fix the workpiece, reducing the trouble caused by complicated clamping.
Advantages of water jet cutting machine Waterjet Cutting Head:
No restriction of cutting direction → Different cutting shapes can be accomplished.
Minimal lateral and longitudinal forces → Reduces setup time and cost of fixtures.
Drilling and cutting can be done by the same machine → Process time and cutting cost can be reduced.
No thermal effect or deformation or small cracks → No secondary processing required, saving time and manufacturing cost.
No toxic gases are generated → Better working environment for the operator.
No burr → Reduces the time and cost of manufacturing workpieces.
Thin kerf → Reduces the amount of waste material and saves direct manufacturing costs.
The workpiece can be cut in a single pass with good edge quality → It can reduce the process time and cost.
Flexible adjustment according to design and workpiece material → Shorten the time from order to finished product, improve your production capacity, and bring more business opportunities to your company.
Advanced technology from Brio → Over 20 years of experience in providing the most reliable pumps on the market, allowing you to outperform your competitors.